RBS3202 Vehicular Broadband Digital Trunking Communication System

The system adopts maneuvering vehicle deployment, point to multi-point network mode, to quickly build wireless broadband communication network during the vehicle stop period. The vehicle station is the access node; the commander can be located in the rear car, soldiers team can further assault to the forefront and access the system at any time with Handset Terminal. Individual can use real-time voice cluster, high definition video call, video conference, video transmission and distribution and field information sharing within the communication command vehicle coverage area. The visual command scheduling system can be implemented.

Applications

The system adopts maneuvering vehicle deployment, point to multi-point network mode, to quickly build wireless broadband communication network during the vehicle stop period. The vehicle station is the access node; the commander can be located in the rear car, detection team can further assault to the forefront and access the system at any time with Handset Terminal. Individual can use real-time voice cluster, high definition video call, video conference, video transmission and distribution and field information sharing within the communication command vehicle coverage area. The visual command scheduling system can be implemented.

Parameter

Indices

Wireless Mode

TD-LTE

Frequency

380-430MHz,Customizable

Bandwidth

10MHz/20MHz,Configurable

Peak Throughput

Normal mode:50Mbps

Self Networking Mode（optional）:40Mbps.

Transmission Performance of Self Networking Tech（optional）

Data-rate could reach 10Mbps with lower than 120ms latency under the condition of relatively flat terrain, 15m antenna height and 15km signal distance.

Networking Performance of Self Networking Tech（optional）

Network setup period is less than 5min and topology convergence latency is less than 1min.

Anti-interference Performance of Self Networking Tech（optional）

Under max. working bandwidth, the total throughput declines less than 75% if the RSRP is more than -85dBm, SINR is not less than 12 dB and the interference signal bandwidth is consecutive and not more than 30% of the working bandwidth.